The BEng (Hons) in Computer Systems Engineering at Bangor University marries hardware and software engineering expertise—covering everything from electronic circuit design to IoT and embedded systems. It’s perfect for technically curious students who want to build smart devices, high-performance systems, or future-ready networked technologies.
Curriculum Structure
Year One
You’ll dive into the engineering core through modules like Imperative Programming Foundations, Engineering Mathematics, Electrical & Electronic Principles, Computer Architecture & Operating Systems, Intro to Embedded Systems, and Circuit Design including Digital Logic. This blend gives you a practical and theoretical toolkit—programming, system logic, and the way hardware and software connect.
Year Two
This year builds on that foundation with deeper technical learning: Mathematical Methods, Digital Circuits 2, VLSI Design Principles, Introduction to Operating Systems, Computer Networks, Algorithm Design with MATLAB, Data Structures & Algorithms, plus hands-on teamwork through Electronics Laboratory Level 2, Engineering Team Project, and Project Planning & Management. Expect a rich mix of analysis, design, collaboration, and practical system-building.
Final Year (Year Three)
In your final year, you'll focus on cutting-edge topics such as Signal Processing, Control Systems, Electromagnetics, Pattern Recognition & Neural Networks, Microwave System Design, Information & Coding for Communications, and Networks & Distributed Systems. It all culminates in the Individual Engineering Project, pushing you to apply your skills to innovate, design, and engineer real-world solutions.
Also, you have optional modules—like Internet of Things, where you’ll progress from analog interfacing to full IoT system deployment, including dashboards and practical lab design.
Focus areas
“Embedded systems, electronic and digital design, programming foundations (algorithms, OS, networks), IoT, signal processing, control systems, VLSI, electromagnetics, neural networks, individual capstone engineering project”
Learning outcomes
“You’ll emerge with a rounded skillset in both hardware and software—able to design and program embedded systems, understand complex electronics and signal systems, analyse and engineer for control and communication, and lead a substantial individual project that showcases your engineering capabilities.”
Professional alignment (Accreditation)
The BEng (Hons) is fully accredited by the Institution of Engineering and Technology (IET) under licence from the Engineering Council, meaning it meets UK-SPEC standards for Incorporated (IEng) status and partly for Chartered Engineer (CEng) registration.
Reputation (Employability Rankings)
This course enjoys excellent employability—95% of graduates go into work or further study shortly after finishing, making them highly sought-after in areas like embedded and smart systems, IoT, and hardware-software integration.
At Bangor, the Computer Systems Engineering degree immerses you in highly practical, research-oriented engineering from the very start. You’ll design, build, and test integrated systems using industry-grade tools in cutting-edge labs. Learning isn’t just classroom-based—it’s applied, hands-on, and deeply supported by expert faculty and high-end facilities.
Here’s what your practical learning journey looks like:
High-performance labs and cleanroom access
Study and experiment in modern computer and networking labs, a specialist electronic laboratory branded by Keysight Technologies, and a Class 1000 electronics cleanroom—rare among UK engineering departments.
Consistent access to industry-standard hardware and software
From day one, you’ll work with up-to-date computing systems and tools, mirrored in both teaching materials and laboratory environments.
Extensive research facilities
Students benefit from advanced infrastructure including nanophotonics, immersive environments, microwave and optical measurement suites, microfabrication, organic electronics, laser micromachining labs, and a full mechanical workshop—ideal for technical experimentation.
Dedicated learning and presentation spaces
You’ll use modern lecture theatres and seminar rooms, plus two open-access computer labs equipped with dual-boot Linux/Windows systems, designed for collaborative and project-based learning.
Research-led project collaboration
Individual and group projects are supervised by staff who are world leaders in AI, pattern recognition, data visualisation, medical electronics, nanotechnology, and other cutting-edge areas, ensuring your learning stays aligned with emerging technologies.
Year options for professional or global experience
You can broaden your studies through an optional Placement Year or an International Experience Year, gaining either real-world industrial exposure or global academic perspectives.
Professional accreditation
The programme is accredited by the Institution of Engineering and Technology (IET), supporting a direct pathway toward Chartered Engineer status.
Extensive library and study support
You’ll also benefit from a central library stocked with journals, textbooks, and digital resources, alongside tailored study support to help you succeed in coursework and research.
Graduates of the BEng (Hons) Computer Systems Engineering are highly employable, moving into roles such as systems engineer, embedded systems developer, network engineer, control systems specialist, and hardware design engineer. Many alumni also pursue further study in computer science, electronic engineering, robotics, or related fields, or work in sectors including telecommunications, manufacturing, energy, and automotive.
Career Services & Experiential Learning
The program offers the option of a placement year, providing valuable industrial experience. You’ll learn through a combination of lectures, hands-on laboratory work, design projects, and tutorials, with a strong emphasis on practical skills and problem-solving in both hardware and software. The Careers and Employability Service provides tailored support, including CV workshops, interview practice, and access to a dedicated placement officer to help secure professional experience.
Industry Partnerships & Research
The School of Computer Science and Electronic Engineering has strong industry links and modern facilities, including electronics labs, robotics suites, and networking laboratories. Students benefit from research-led teaching in areas such as embedded systems, digital communications, renewable energy systems, and intelligent systems. The program maintains close ties with local and national tech industries, ensuring the curriculum develops the systems integration, programming, and electronic design skills that employers value.
Graduate Outcomes
Students graduate with a solid foundation in digital and analogue electronics, software development, and systems design, complemented by practical experience from project work. These skills are highly sought after in a wide range of technology sectors.
Further Academic Progression
After the BEng (Hons), you can pursue a master’s in a specialised area such as embedded systems or telecommunications, or enter professional roles in systems design, technical support, or research and development, supported by the program’s accreditation and industry connections.
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